Behind Closed Doors: Physician Stories From San Miguel de Allende

The intersection of miraculous recovery and medical documentation presents unique challenges. When a physician in San Miguel de Allende encounters a case that defies explanation, the medical record must still be completed. How do you chart a tumor that disappeared overnight? How do you code a diagnosis of 'spontaneous complete remission of end-stage disease, mechanism unknown'? Dr. Kolbaba found that physicians often document these cases using cautious, clinical language that obscures the extraordinary nature of what occurred — noting 'unexpected clinical improvement' or 'resolution of findings not attributable to treatment' rather than acknowledging that what happened was, by any honest assessment, a miracle.

This documentation gap means that the true incidence of miraculous recovery is almost certainly higher than published estimates suggest. Cases that are not reported, not coded, and not published simply disappear from the medical literature — leaving the impression that miraculous recoveries are rarer than they actually are.

The story of multiple sclerosis in medical literature is, with very rare exceptions, a story of progressive decline. Patients may experience remissions and exacerbations, but the overall trajectory of the disease — particularly in the progressive forms — is one of increasing disability. The brain lesions that characterize MS are generally considered irreversible; lost myelin does not regenerate, and damaged neurons do not repair themselves.

Yet Barbara Cummiskey's case, as documented in "Physicians' Untold Stories," contradicts this understanding entirely. Not only did her symptoms resolve completely, but her brain lesions — visible on MRI, documented by multiple neurologists — vanished. For neurologists in San Miguel de Allende, Guanajuato, this case represents not just a medical mystery but a direct challenge to fundamental assumptions about neurological disease. If one patient's brain can reverse this kind of damage, what does that imply about the brain's potential for healing in general?

The chaplaincy services in San Miguel de Allende's hospitals occupy a unique position at the intersection of medical care and spiritual support — the very intersection that "Physicians' Untold Stories" explores. Hospital chaplains witness both the triumphs and the tragedies of medicine, and they understand better than most that healing is not always synonymous with cure. Dr. Kolbaba's book validates the essential role that chaplains play in patient care by documenting cases where spiritual support coincided with dramatic physical improvement. For chaplains serving in San Miguel de Allende, Guanajuato, the book is both an affirmation of their vocation and a resource for the patients and families they counsel.

The phenomenon of deathbed recovery — cases where terminally ill patients experience a sudden, unexpected improvement in the hours or days before death — is one of the most mysterious in all of medicine. Also known as terminal lucidity, this phenomenon is well-documented in medical literature and has been observed across cultures, centuries, and disease types. Patients with advanced dementia suddenly regain clarity. Comatose patients awaken. Paralyzed patients move.

While terminal lucidity is typically brief and ultimately followed by death, some cases documented in "Physicians' Untold Stories" describe a different trajectory — patients whose "deathbed" recovery proved to be not a final rally but the beginning of a sustained return to health. For physicians in San Miguel de Allende, Guanajuato who have witnessed terminal lucidity, these cases raise a provocative question: Is the brief recovery that often precedes death a glimpse of a healing capacity that the dying brain is able to activate — a capacity that, in some patients, proves sufficient to reverse the process of dying itself?

The Institute of Noetic Sciences, founded by Apollo 14 astronaut Edgar Mitchell, maintains a database of over 3,500 cases of spontaneous remission from medically incurable conditions. These cases, drawn from medical literature spanning more than a century, represent a body of evidence that the mainstream medical community has largely ignored. The database includes cancers that vanished without treatment, autoimmune conditions that spontaneously resolved, and infections that cleared despite the failure of every available antibiotic.

Dr. Scott Kolbaba's "Physicians' Untold Stories" adds living physician testimony to this statistical record. Where the IONS database offers numbers and citations, Kolbaba offers voices — the voices of doctors from communities like San Miguel de Allende, Guanajuato who watched these events unfold at their patients' bedsides. Together, the database and the book create a picture that the medical profession can no longer afford to ignore: that spontaneous remission is not a freak occurrence but a recurring phenomenon that demands systematic investigation.

The physicians in "Physicians' Untold Stories" uniformly describe their experiences with unexplained recoveries as career-defining moments. Not because the events were dramatic — though they certainly were — but because they forced a confrontation with the limits of medical knowledge. For physicians trained in the certainties of pathophysiology and pharmacology, witnessing an inexplicable recovery is profoundly disorienting. The frameworks that normally organize their understanding of disease and healing suddenly prove inadequate.

Dr. Kolbaba writes about this disorientation with empathy and insight, drawing on his own experience as a physician who witnessed events he could not explain. For medical professionals in San Miguel de Allende, Guanajuato, his account validates what many have felt but few have articulated: that the practice of medicine, at its deepest level, requires not only expertise but wonder — the willingness to stand before the unknown and acknowledge that some of the most important things happening in our hospitals are things we do not yet understand.

The phenomenon of 'radical remission,' popularized by Dr. Kelly Turner's research at the University of California, Berkeley, identified nine common factors among cancer patients who achieved remission against all odds. These factors include radically changing diet, taking control of one's health, following one's intuition, increasing positive emotions, embracing social support, deepening spiritual connection, having strong reasons for living, releasing suppressed emotions, and using herbs and supplements. Turner's analysis of over 1,500 cases of radical remission, published in her book and in peer-reviewed articles, found that all nine factors were present in the majority of cases. For patients and families in San Miguel de Allende facing cancer, Turner's findings offer actionable steps that may complement conventional treatment — not as substitutes for evidence-based care, but as additions that address the psychological, social, and spiritual dimensions of healing.

The concept of terminal lucidity — the unexpected return of mental clarity in patients with severe dementia, brain damage, or other neurological conditions shortly before death — has been documented in medical literature for centuries but has received serious scientific attention only in the past two decades. Michael Nahm's landmark 2009 review identified over 80 case reports in the medical literature, many involving patients whose brains showed extensive structural damage incompatible with normal cognitive function. These cases challenge the assumption that consciousness is strictly dependent on brain structure and suggest that the relationship between mind and brain is more complex than materialist neuroscience has proposed.

Dr. Kolbaba's "Physicians' Untold Stories" includes cases that resemble terminal lucidity but diverge from it in a crucial way: instead of a brief rally followed by death, these patients experienced sustained recoveries of cognitive and physical function. For neuroscientists in San Miguel de Allende, Guanajuato, these cases raise fundamental questions about the brain's capacity for functional recovery. If a patient with extensive brain damage can regain full cognitive function — even temporarily — what does that tell us about the brain's redundancy, plasticity, and potential for repair? And if the recovery proves durable, as it does in some of Kolbaba's cases, what mechanisms could account for the apparent restoration of function in damaged tissue?